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Question: 1. A cable ABCD is pulled at end E by a force P (Figure P6.12). The cable is supported at point D by a rigid member DF. Compute the force P that produces a sag of 2 m at points B and C. The horizontal reaction at support F is zero. Compute the vertical reaction at F.
2. Compute the support reactions and the maximum tension in the cable in Figure P6.13. The sag at midspan is 12 ft. Each hanger can be assumed to provide a simple support for the suspended beam. Determine the sag at points B and D.
a rigid container of volume 1 m3 contains 16.13 kg of h2o of an unknown phase. the pressure of the h2o is initially 7
how should I/O be actually used
Triangular coffee table A trendy swedish coffee table has an unsymmetrical triangular glass top supported by a leg at each vertex. Show that, whatever the shape of the triangular top, each leg bears one third of its weight.
Compute EA and EB, knowing that mA = 2400 kg and mB = 1350kg and that the speeds of A and B are, respectively, 135 km/h and 90km/h.vvvvvvv
Upstream of the shock, p0 = 200 psia and T0 = 1200 R. If the duct exit area is 0.15 ft2, determine the exit area temperature and pressure and the duct mass flowrate.
a vehicle starts from rest then moves rectilinear with a velocity of v 2t2 for 5 s until it reaches a velocity of 50
A shaft is subjected to mean torque of 3 * 10^6 n. mm superimposed with variable torque of 3 * 10^6 n. mm. It is also subjected to bending moment of mean zero and a superimposed variable of 6 ^ 10^6 n. mm. Design the shaft to support the load for an ..
Explain why accumulators are used in hydraulic systems. Sketch two types of hydraulic accumulators and describe their operation.
An open wind tunnel with altitude of 1000m has Pin=89,876Pa, Ain=4m^2, T=281.7K, Vin=30m/s and the test section Aout=0.5m^2, Vtest=(X)m/s. R=287J/(Kg*K), density=1.1117kg/m^3 and dynamic viscosity=1.076E-05kg/m-s
Explain the differences between elastic response and inelastic response of a solid.
changes made to stainlees steel piping to reduce intergranular stress corrosion cracking describe four modifications
a car and its suspension system are idealized as a damped spring-mass system with natural frequency 0.5hz and damping
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